Switchable Magnets.

[synchro1]

Ah, that is different from what used to be.  Ah...progress.  So, they simply replaced the manual handle with a motor that moves the permanent mags into and out of position.  If they sealed it up correctly this would be a good improvement.

Sorry I missed that in your post.

Bill

@Pirate88179,

I wouldn't even know about it if you hadn't brought it up to begin with, so everyone owes you the debt of gratitude. Thanks again from me personally because the (EPM) chuck accelerates and strengthens the project by a "Quantum Leap".

I came up with a few more ideas. One; Involves a simple bladder or thin piston filled with a small amount of hydraulic fluid between the magnet chuck and the clamping plate Two; Involves a layer of Piezoelectric chips. Three; Involves sandwiching either of those two layers between two magnet chucks for twice the pressure.

The non-proportional relationship between the switch force and the holding strength that was confirmed by a "Noga" engineer and three other independent Amazon "Magnet Base" sellers may carry over to the (EPM) Chuck. I'll have to do more research to confirm that, but I believe it's reasonable to assume they act the same way. Anyone can see the "Free Energy Potential" here taken to the extreme.

Thousands of pounds of compression force would squirt a few ounces of hydraulic fluid into the Stratosphere through a small aperture. The surge could spin a "Pelton Wheel" like crazy for the three or fours seconds. Two Reciprocating "Magnet Chucks" could supply a constant surge. Plus mscoffman sounds like he's envisioned a new unique concept for garnishing output as well.

Two (EPM) chucks with one plate in between and two bladders on either side would draw fluid in one side and squirt it out the other with a constant velocity of thousands of pounds of pressure, at 3 or 4 second intervals, enough hydraulic pressure to tear the skin right off your hand.

A two way hydraulic cylinder, joined to a Scottish Yoke to impart rotary motion, along with a sump, could power a railroad locomotive with just the few watts of switch power from this kind of magnet chuck hydraulic pump. It would go slow but pull a train of box cars.

[synchro1]

The two "Electro-Permanent Magnet Chucks" would need a set of springs on each side, to reposition the central steel magnetizer plate to the middle for the reciprocal attraction event. The bladder can only fill to the center and can't attach to the "Magnetizer Plate" and over fill to the other side, or the springs couldn't return the plate to the center from the excess fluid pressure. The bladder can't attach to the "Magnetizer Plate", and can only fill to the farthest expansion of the springs. The springs would draw the hydraulic fluid from the sump into the bladders.

Placing the springs inside the bladders and running guide pins through the "Magnetizer Plate" would probably work best.

[synchro1]

Check out this "Double Magnet" (EPM) Chuck:

https://www.youtube.com/watch?v=LItQdWzI2Og

This twin combination results in four compression areas operated by one controller command. The Job clamps to the magnets and the magnets simultaneously clamp to the dimple base plate. These kind of "Double Magnet" (EPM) chucks can be ganged up in series to operate not just two, but any number, off a single controller command! "Magnets can be Daisy Chain connected so that only one cable needs to be connected to the controller and the magnets are connected amongst themselves". The second magnet is simply connected to the first in the video, and only the first is connected to the controller. This "Double Magnet" (EPM) Chuck yields the same non-proportional switch power to holding force as the "Magnet Base". This kind of switchable magnet may well be many thousands of times overunity; If only the holding force can be converted to hydraulic pressure or piezoelectric potential! This particular product holds more promise then anything I've seen so far.

Think about it! Suppose we can multiply the holding force of these "Double (EPM) Chucks" by a limitless amount with a fixed amount switch power! There has to be a free lunch to benefit from somewhere in that non-proportion, right?

[synchro1]

Extending two dimple plates over the "Double (EPM)" edges and widening the areas would allow space for huge "Piezoelectric Bricks", one on each side. Tungsten Carbide can be cold molded from powder and shaped into large cubes, or purchased in pre-manufactured shapes. These kinds of cubes would generate power both on the compression and release cycle. This would be a solid state power plant that could scale up to any COP depending on the number of "Piezo Chucks" in the "Daisy Chain". This is my finished design.

[Pirate88179]

Extending two dimple plates over the "Double (EPM)" edges and widening the areas would allow space for huge "Piezoelectric Bricks", one on each side. Tungsten Carbide can be cold molded from powder and shaped into large cubes, or purchased in pre-manufactured shapes. These kinds of cubes would generate power both on the compression and release cycle. This would be a solid state power plant that could scale up to any COP depending on the number of "Piezo Chucks" in the "Daisy Chain". This is my finished design.

Now you are talking.  I thought about this years ago when I discovered, quite painfully, that large pizos release energy when heated, and then also release the same energy when cooled.  Same with compression I believe.  You could compress the living Sh*t out of some large pizo blocks between two
6" x 18" chucks!  Compress/release...on/off...etc.

This still may not be feasible as I would have thought it would have been done long ago...however...maybe no one thought of it?  Of all of the things I have seen here on this site, this seems to be the most original and, I can not supply a reason that it can't work, other than someone should have tried this already.  Maybe they did...maybe not.  I also like the hydraulics idea.  There would be a tremendous amount of compression between 2 of these devices.  The movement would be very fast as well.

Really good thinking guys.

Bill